5G Coverage in Iconic Skyscrapers: Study Reveals Strengths and Weaknesses

A new study by Ookla’s Cell Analytics examined 5G indoor coverage in nine famous skyscrapers worldwide. Skyscrapers pose challenges for telecom networks due to their height and construction materials. The study measured signal strength (RSRP) and quality (RSRQ) to evaluate 5G performance.

Best Performing Skyscrapers 

Shanghai Tower in China leads in 5G coverage with an RSRP of -71.04 dBm, showcasing excellent signal strength. The building is well-optimized with small cells and a Distributed Antenna System (DAS), ensuring strong connectivity. Burj Khalifa in the UAE follows closely with an RSRP of -85.53 dBm and RSRQ of -11.07 dB, benefiting from Dubai’s advanced 5G infrastructure. The Empire State Building in the USA also ranks among the best with an RSRP of -83.19 dBm and RSRQ of -11.95 dB, having been upgraded with modern telecom infrastructure.

Skyscrapers with Weaker 5G Coverage 

The Shard in the UK has the weakest signal among all buildings, with an RSRP of -96.69 dBm and the bottom 10% RSRP reaching -113 dBm, leading to poor coverage in some areas. Its heavy use of glass significantly affects signal penetration. Taipei 101 in Taiwan and the Petronas Twin Towers in Malaysia have good average RSRP, but weaker signals in certain areas, with the bottom 10% RSRP below -100 dBm. Taipei 101’s thick concrete and steel construction block signals, while the Petronas Twin Towers lack a dedicated 5G indoor solution. One World Trade Center in the USA and Autograph Tower in Indonesia offer RSRP around -85 dBm, indicating very good coverage, though some areas still experience weak signals or dead zones.

5G Signal Performance at Different Heights 

In skyscrapers like Burj Khalifa, Taipei 101, Empire State Building, and One World Trade Center, there is minimal difference in signal strength between floors, with variations of 3 dBm or less. For instance, Burj Khalifa’s RSRP on the bottom floor is -77.09 dBm, while the top floor sees a slight improvement at -76.30 dBm. However, in Petronas Twin Towers, Lotte World Tower, and Autograph Tower, there is a significant drop in signal strength on higher floors. Petronas Twin Towers’ RSRP drops from -80.44 dBm on the bottom floor to -92.67 dBm at the top, due to its reliance on outdoor towers. Similarly, Lotte World Tower’s RSRP weakens from -71.14 dBm at the bottom to -92.54 dBm at the top.

Challenges for 5G in Skyscrapers 

The main obstacles to 5G coverage in skyscrapers are building materials like glass, concrete, and steel, which block signals. High-frequency 5G bands (mmWave) struggle with penetration, leading to dead zones in certain areas or floors. These factors make achieving consistent coverage difficult.

Solutions to Improve Indoor 5G Coverage 

To address these issues, telecom providers can deploy small cells and Distributed Antenna Systems (DAS) to enhance indoor network coverage. Upgrading indoor network infrastructure can help distribute signals more effectively. Additionally, Wi-Fi offloading can provide a seamless experience by supporting connectivity in areas where 5G signals are weak.

Shanghai Tower stands out as the leader in 5G coverage among skyscrapers. While most buildings offer good connectivity, some still have weak spots. To ensure full 5G coverage, better indoor network solutions are required. Collaboration between operators and developers is crucial for improving connectivity. Ookla’s Cell Analytics helps identify and resolve coverage gaps, contributing to more reliable 5G networks in skyscrapers.

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The rollout of 5G technology has marked a significant leap in telecommunications, promising ultra-fast internet speeds, lower latency, and enhanced connectivity. Alongside this development, 5G smartphones have flooded the market, with manufacturers touting them as the future of mobile communication.

However, the question remains: Are 5G smartphones worth buying? To answer this, we must consider their technical advantages, practical benefits, and current limitations.

Technical Advancements of 5G Smartphones

5G technology represents the fifth generation of cellular networks, offering several technical improvements over its predecessor, 4G LTE. The most important feature is the enhanced data speeds, which can theoretically reach up to 10 Gbps, significantly faster than 4G’s peak speed of 1 Gbps. This improvement translates into faster downloads, seamless 4K or 8K video streaming, and smoother online gaming experiences.

Another technical advancement is the reduced latency. While 4G networks typically have a latency of around 50 milliseconds, 5G networks can reduce this to as low as 1 millisecond. This near-instantaneous responsiveness is crucial for applications such as augmented reality (AR), virtual reality (VR), and autonomous vehicles.

5G networks also support a higher density of connected devices per unit area, enabling the expansion of the Internet of Things (IoT) and fostering advancements in smart cities and industrial automation.

Benefits of Owning a 5G Smartphone

For consumers, 5G smartphones offer several immediate and potential benefits. First and foremost, they future-proof your investment. As 5G networks continue to expand, having a compatible device ensures you can take full advantage of the network’s capabilities without needing an upgrade in the near future.

Moreover, 5G smartphones are not just about faster internet. They often come equipped with cutting-edge hardware to support the demands of 5G technology. This includes advanced processors, better antennas, and improved thermal management systems. These devices are usually flagship models, offering superior build quality, display technology, and camera systems.

Professionals who rely on mobile connectivity for work can particularly benefit from 5G smartphones. Tasks such as video conferencing, cloud computing, and remote collaboration become more efficient with faster and more stable connections.

Current Limitations of 5G Smartphones

Despite their advantages, 5G smartphones are not without drawbacks. One of the primary concerns is the availability of 5G networks. While 5G coverage is expanding rapidly, it remains limited in many regions, especially rural areas. If you live in an area without robust 5G infrastructure, the benefits of owning a 5G smartphone may be minimal.

Battery consumption is another issue. 5G connections require more power than 4G, which can drain batteries quickly. While manufacturers are addressing this with larger batteries and more efficient processors, the problem persists in some models.

Price is also a consideration. 5G smartphones are generally more expensive than their 4G counterparts. For budget-conscious consumers, the additional cost may not justify the current benefits, especially if 5G networks in their area are not fully operational.

Are 5G Smartphones Worth It?

Whether a 5G smartphone is worth buying depends on your specific needs and circumstances. If you live in a metropolitan area with good 5G coverage, frequently engage in data-intensive activities, or want a future-proof device, investing in a 5G smartphone makes sense.

On the other hand, if 5G networks are sparse in your area, or if you primarily use your phone for basic tasks, sticking with a 4G device may be more practical.

If you’ve made it this far, be sure to check out our article on the best smartphones for New Year photography in 2025.

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OPPO and Ericsson have officially entered a global strategic partnership. According to CNMO, the agreement involves the cross-licensing of global patents and also covers multiple key areas such as technical cooperation and market promotion. This partnership is viewed as a step in the cooperation between the two companies in the global communications field.

OPPO official said, “We are pleased to announce that we have reached a global cooperation agreement with Ericsson.”

The patent cross-licensing agreement reveals that both companies have committed to opening up cellular communication standard essential patents, including 5G standards, to enable mutual sharing of patent technologies.

Oppo has reportedly been involved in the development of key technology fields such as mobile communications since it was established in 2004. The company has continuously transformed the results of technological innovation into high-value intellectual property rights.

As of June 30, 2024, OPPO’s global patent applications exceeded 103,000, of which more than 57,000 were authorized patents. Invention patent applications of the company have accounted for as high as 91%.

The company has ranked among the top ten in the world in the number of international patent treaty (PCT) applications published by the World Intellectual Property Organization (WIPO) for five consecutive years. The company has also deployed 5G communication standard patents in more than 40 countries and regions around the world, completed more than 6,200 families of global patent applications, and declared more than 3,700 families of 5G standard patents in ETSI.

The strategic cooperation between OPPO and Ericsson is expected to further promote in-depth cooperation and technological innovation between the two parties in the field of communications.

Currently, the company is also deeply involved in the development of artificial intelligence and aims to push AI to 50 million devices by the end of this year.

(Source)

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China‘s Ministry of Industry and Information Technology hosted a forum to commemorate five years of 5G commercial use in the country. The forum shed light on China’s achievements in 5G development, boasting the world’s largest 5G network with over 3.7 million base stations and 889 million users.

5G-A will provide better bandwidth and latency.

A significant takeaway was the emphasis on 5G-A, also known as 5.5G, as the next step in mobile communication evolution. Huawei’s Cao Jibin emphasized 5G-A’s potential for significant improvements in network capabilities like speed, latency, and positioning.

This evolution is driven by the growing need for faster, more stable connections to support advancements like AI assistants and massive data processing. 5G-A promises a tenfold increase in bandwidth and latency, along with sub-meter perception and centimeter-level positioning capabilities.

Looking ahead, Cao Jibin predicts a surge in computing power demand, particularly for AI applications. He proposes integrating computing, storage, and networking to transform data centers into AI supercomputers. While acknowledging limitations in chip manufacturing, he sees potential in optimizing network infrastructure through collaboration across various sectors.

The forum concluded with a call for industry-wide collaboration to unlock the full potential of 5G-A. This includes policy support, continued innovation, and fostering partnerships across the technology chain.

The focus is on achieving “full connectivity” across various scenarios, potentially creating a trillion-dollar industry through applications in areas like smart factories, connected cars, and the low-altitude economy. With both opportunities and challenges ahead, China’s 5G program seems pretty solid. Let’s see how the next few years shape up for the country.

(Via)

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Amidst the noise of technological advancements, 5G connectivity stands as a beacon of promise, lauded as a transformative force in the digital realm. However, beneath the gloss of its allure, lies the pressing question: Is 5G truly a revolution or merely a cleverly marketed gimmick? In this discourse, we embark on a journey to dissect the intricacies of 5G technology, exploring its potential, challenges, and implications on everyday life.

Understanding 5G

At its core, 5G represents the fifth generation of wireless technology, poised to deliver unparalleled speeds and seamless connectivity. Unlike its predecessors, 5G harnesses higher-frequency radio waves, facilitating swift data transmission and unlocking new frontiers in digital communication.

Speed and Reliability

The hallmark of 5G lies in its ability to propel data at lightning-fast speeds, heralding an era of instantaneous downloads and lag-free video calls. The utilization of higher-frequency radio waves empowers 5G networks to transcend the constraints of their predecessors, promising a paradigm shift in connectivity.

Promise and Potential

Proponents champion 5G as a catalyst for innovation, foreseeing its capacity to revolutionize industries ranging from healthcare to manufacturing. Envisioned applications include remote surgery facilitated by ultra-low latency, autonomous vehicles navigating with unprecedented precision, and augmented reality blurring the lines between the physical and digital realms.

However, skeptics raise valid concerns regarding the practicality and societal impact of widespread 5G adoption. Questions loom over the accessibility of 5G infrastructure, particularly in rural or underserved areas, and the potential worsening of the digital divide.

Infrastructure Challenges

Indeed, realizing 5G’s potential hinges upon robust infrastructure deployment. Current limitations, such as substandard infrastructure and spectrum availability, pose formidable challenges to the universal rollout of 5G networks.

With its fiber-powered connection, Windstream stands as a testament to the pivotal role of infrastructure in shaping the 5G landscape. By leveraging cutting-edge technology, Windstream exemplifies the superior speeds and reliability essential for unlocking the full potential of 5G.

5G in Everyday Life

The impact of 5G extends far beyond mere technological advancements, permeating every facet of modern life. In the realm of remote work, stable high-speed internet emerges as a necessity rather than a luxury, with 5G bridging the gap for seamless virtual collaboration.

Similarly, in education, 5G holds the promise of democratizing access to knowledge on a global scale. By enhancing online learning experiences through robust connectivity, 5G has the potential to empower learners regardless of geographic or socioeconomic barriers.

Infrastructure, Security, and Accessibility

The path to realizing the transformative potential of 5G is fraught with challenges. Significant investment and collaborative efforts are imperative to address infrastructure gaps and ensure equitable access to 5G networks.

Moreover, as connectivity proliferates, concerns surrounding privacy and security loom large. The interconnected nature of 5G networks amplifies vulnerabilities, necessitating stringent measures to safeguard sensitive data and mitigate cyber threats.

Indeed, realizing 5G’s potential hinges upon robust infrastructure deployment. Current limitations, such as substandard infrastructure and spectrum availability, pose formidable challenges to the universal rollout of 5G networks.

Enterprises like Windstream, with their fiber-powered connection, exemplify the critical role of infrastructure in shaping the 5G landscape. By harnessing cutting-edge technology, Windstream showcases superior speeds and reliability essential for unlocking the full potential of 5G.

Windstream Services: Empowering Connectivity

Windstream is known for reliability and innovation in the realm of telecommunications, offering a plethora of services tailored to meet the evolving needs of consumers. From high-speed internet to comprehensive customer support, Windstream offers connectivity excellence.

Features and Benefits

Windstream’s portfolio boasts a diverse array of features designed to enhance the customer experience. With lightning-fast internet speeds, seamless connectivity, and robust security measures, Windstream ensures a seamless digital experience for users.

Customer Support

At the heart of Windstream’s ethos lies a commitment to customer satisfaction. With a dedicated team of support representatives available 24/7, Windstream ensures prompt resolution of queries and concerns, fostering a culture of trust and reliability.

Navigating the Winds of Change

In the grand scheme of technological progress, 5G emerges not as a mere gimmick but as a catalyst for transformative change. Its success lies not only in technical prowess but also in the collaborative efforts of industry stakeholders. As we navigate the winds of change, enterprises like Windstream stand as steadfast partners, empowering connectivity and driving innovation. 

5G represents a double-edged sword, wielding the power to reshape how we live, work, and communicate. Its success hinges not only on technical prowess but also on our ability to navigate the intricate web of challenges surrounding its implementation.

As we stand at the edge of a digital revolution, the true measure of 5G’s impact lies not in its technical capabilities alone but in its capacity to enrich the human experience. It is incumbent upon stakeholders to tread cautiously, fostering innovation while safeguarding against potential pitfalls.

In the grand tapestry of technological progress, 5G emerges not as a mere gimmick but as a beacon of hope, ushering in a new era of connectivity defined by inclusivity, accessibility, and opportunity. Let us embark on this journey with eyes wide open, mindful of the challenges that lie ahead, and the boundless potential that awaits.

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Research firm Daily Interactive recently released a report on China’s 5G mobile phone market for the year 2023. The data shows a growth trend.

The market share of 5G phones hit 52.85%. Apple led the market with a 34.66% share registering an 11.86% growth.

Vivo came a distant second with less than half the share of Apple’s at 14.4%. Oppo, Huawei, and Honor rounded off the top 5 with 13.35%, 12.12%, and 10.37% market shares, respectively.

Talking about devices,  iPhones occupied0 the first 9 positions. The iPhone 13 was the most popular model closely followed by iPhone 12. The only non-Apple handset in the top 10 list is Huawei P40 Pro.

Most of the smartphones on the list are older models. Some of the notable ones include Oppo Reno 6, Redmi K40, Huawei Nova 7, and others.

China 5G Mobile Phone Market 2023 Top Brands

1. Apple – 34.66%
2. Vivo – 14.4%
3. Oppo – 13.35%
4. Huawei – 12.12%
5. Honor – 10.37%
6. Xiaomi – 8.62%
7. Realme – 2.15%
8. Samsung – 0.89%
9. Hi Nova – 0.85%
10. Others –  2.85%

China 5G Mobile Phone Market 2023 Top Devices

1. iPhone 13
2. iPhone 12
3. iPhone 13 Pro Max
4. iPhone 14 Pro Max
5. iPhone 14 Pro
6. iPhone 13 Pro
7. iPhone 12 Pro Max
8. iPhone 14
9. iPhone 12 Pro
10. Huawei P40 Pro
11. Huawei P40
12. Huawei Nova 7
13. Oppo A58
14. Vivo Y52s
15. Honor 50
16. Redmi K40
17. Honor X30
18. Oppo Reno 6
19. iPhone 15 Pro Max
20. Honor 70

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Nokia and Oppo recently inked a significant multi-year patent cross-license agreement, putting an end to all ongoing patent disputes between the two companies. As part of the deal, Oppo will make royalty payments to Nokia, including catch-up payments for periods of non-payment during the dispute resolution. Here are the details…

Nokia signs 5G patent cross-license agreement with Oppo

The specific terms of the agreement are confidential. Jenni Lukander, President of Nokia Technologies, expressed excitement about the collaboration, emphasizing the mutual respect for each other’s intellectual property and Nokia’s contributions to R&D and open standards. This agreement is anticipated to bring long-term financial stability to Nokia’s licensing business.

Feng Ying, Oppo’s Chief Intellectual Property Officer, shared the sentiment, highlighting the agreement as a foundation for future collaboration. Oppo, a prominent player in the global smartphone market, continues to advocate for reasonable royalty fees and a constructive approach to intellectual property disputes.

Nokia’s extensive patent portfolio, built on a substantial investment in R&D, includes around 20,000 patent families, with over 6,000 related to 5G. The company adopts a fair licensing approach, allowing other companies to use these technologies without hefty investments in standards.

In the realm of 5G, Oppo holds a notable position as a key rights holder and innovator. The company has deployed 5G communication standard patents globally, showcasing a strong intellectual property presence. Reports from CAICT and IPlytics affirm Oppo’s robust standing in the 5G standard-essential patent landscape.

The collaboration not only resolves existing disputes but also opens doors for future joint initiatives. Both Nokia and Oppo, committed to innovation, aim to bring advancements in telecommunications technology, ultimately benefiting consumers worldwide.

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Chinese smartphone maker Oppo has urged Nokia, a leader in electronics from Finland, to accept the 5G royalty rates set by a Chinese court. This request comes after a ruling in Chongqing, China, which supported Oppo’s desire for lower fees on Nokia’s essential patents for mobile technologies ranging from 2G to 5G.

China seems to be exercising more control over intellectual property rights

These patents are crucial for ensuring products adhere to industry standards. Oppo’s stance is clear: they’re keen to settle this matter and get back to business as usual. Meanwhile, Nokia, standing firm, plans to appeal the decision, which it sees as limited to Chinese jurisdiction. They remain confident in their position, given that other courts outside China have sided with them in this ongoing dispute.

The root of this conflict lies in disagreements over fair pricing for using Nokia’s 5G technology in Oppo smartphones. This isn’t just a bilateral dispute; it reflects a broader trend where Chinese courts are increasingly stepping in to determine global royalty rates for foreign patents. This move symbolizes China’s growing influence and assertiveness in international intellectual property rights.

In a similar case, Oppo triumphed over Sharp in a court ruling, which later led to a global cross-licensing agreement. This precedent suggests that the recent ruling in Oppo’s favor might be more than just a local victory – it could reshape global norms for technology licensing.

The Chongqing court’s decision sets specific fee rates for Nokia’s patents, significantly lower than Nokia’s standard charges. This ruling, if upheld, could have far-reaching implications, not just for Nokia and Oppo but for the entire mobile phone industry. It reflects China’s evolving role in the tech world, where its companies are increasingly influential in setting terms for the use of key technologies.

Oppo, despite facing setbacks in legal battles in Germany and India, remains a top player in the global smartphone market. The outcome of this case could impact their business strategy and market positioning significantly. This ongoing legal saga highlights the complex interplay of innovation, intellectual property rights, and international business in the fast-paced world of technology.

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Huawei is undoubtedly one of the most successful technology companies in the world. Even though the Chinese tech giant has faced challenges in recent years due to the US embargo, it continues to persevere. One of the main reasons for its success is the company’s emphasis on R&D. For a long time, Huawei has been working on 5G technologies and is leading the race in 5G patents, with over 2,000 patents filed worldwide. Here are the details…

Huawei Leads 5G Patent Race, According to LexisNexis

According to a report by legal and regulatory intelligence company LexisNexis., which tracks patent filings, Huawei is leading the race in 5G patents, with over 2,000 patents filed worldwide. This is crucial for the company especially since 5G is viewed as the upcoming wave of wireless tech that could transform sectors like manufacturing, transport, and healthcare. Not only is 5G predicted to be much speedier than 4G—reaching speeds up to 10 gigabits per second. It will also have lower latency, which means that data will be transmitted more quickly.

The report, titled “Who Owns Core 5G Patents?”, examined which standard-essential patents (SEPs) are best positioned to dominate in the burgeoning 5G market. SEPs are patents that are essential to the implementation of a technical standard, such as 5G. LexisNexis ranked Huawei, Qualcomm, and Samsung as the top three SEP holders, respectively, in terms of quantity and quality. Ericsson, Nokia, LG Electronics, ZTE, Oppo, NTT, and InterDigital rounded out the top ten.

The report also found that the US is the top region for 5G patents, with more than 28,000 granted, followed by China on around 26,000 and Europe with almost 15,000. “Huawei’s leadership in the 5G patent race is a testament to its significant investment in research and development,” said Muzammil Hassan, co-author of the report. “However, it is important to note that patent ownership does not guarantee commercial success. Other factors, such as product quality, customer relationships, and government support, will also play a role.”

Huawei’s dominance in 5G patents has been a source of concern for some governments, who fear that it could give the company too much control over the development and deployment of 5G networks. In recent years, the US and other countries have taken steps to restrict Huawei’s access to markets and technologies.

Despite these challenges, Huawei remains a major player in the global 5G market. The company has deployed 5G networks in more than 170 countries and regions, and it is a leading supplier of 5G equipment.

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(via)

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As more and more people use their smartphones and tablets for data-heavy activities like video streaming, gaming, and social media, there’s a growing demand for mobile bandwidth. This is putting pressure on existing mobile networks, potentially causing congestion and reduced speed. Thankfully, Huawei offers a lasting solution to this problem with their LampSite X. Here are the details..

Huawei LampSite X, the Future of Mobile Connectivity

When too many people use their mobile devices in the same indoor space, it can lead to network congestion. This means slower internet speeds and difficulties using mobile apps and services. To address this, Huawei has introduced the LampSite X. It’s a compact device designed to enhance mobile coverage and capacity inside buildings. Easily mounted on walls or ceilings, it’s a practical solution for busy indoor areas.

The LampSite X uses a variety of technologies, including Massive MIMO, 5G NR, and beamforming, to improve data throughput, reduce latency, and extend coverage. Commenting on the LampSite X, Yang Chaobin, Board Member and President of ICT Products & Solutions of Huawei, said:

“LampSite X brings unrivalled 5.5G capabilities indoors for the first time to comprehensively upgrade indoor digitalization: Featuring the leanest design, simplest deployment, and lowest energy consumption, the solution achieves 10 Gbps experience and offers diverse capabilities, meeting consumer demands for a more premium indoor experience and realising more powerful digital productivity across various industries.”

The Huawei LampSite X is a relatively new product, and it is not yet widely available. However, it is expected to be more widely available in the coming months.

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While the world is still warming up to 5G technology, Huawei Technologies is already setting sights on the next leap with the introduction of 5.5G networks. Announced in a grand ceremony in Dubai, Huawei partnered with several telecom giants, including China Mobile, China Telecom, and China Unicom, as well as du from the United Arab Emirates and Saudi Telecommunication Company.

China had almost 2.8 million 5G base stations as of May

So, what’s the fuss about 5.5G? Huawei claims that the new technology offers ten times the speed of current networks, lower latency, and efficient power usage. Imagine playing a VR game or using your smart car without any noticeable lag, and you begin to see why this is a big deal. Not just for individual consumers, these upgrades are expected to be revolutionary for various industries.

“The phase of accelerated commercialization for 5.5G is already underway globally,” said Cao Ming, Huawei’s president of wireless solutions. Almost 20 countries are reported to have the spectrum in place for 5.5G, making it evident that this isn’t just a futuristic vision but a technology that’s preparing for mainstream adoption. Cao Ming emphasized the technology’s role in boosting productivity across traditional sectors, signaling a broader digital transformation.

China has been a frontrunner in the 5G race, boasting more than 2.8 million 5G base stations as of May. A significant 52% of China Mobile’s upcoming 5G base station work will rely on Huawei equipment. The introduction of 5.5G technology, also dubbed as “5G-Advanced,” is seen as a stepping stone to the next big thing—6G, which might just be around the corner in the next decade.

The 5.5G network is more than just an incremental upgrade; it represents a paradigm shift in how we think about connectivity and its applications across industries. With its launch, Huawei seems poised to steer the digital future.

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Despite facing extensive trade sanctions, Huawei Technologies has stunned the market by rolling out its new Mate 60 Pro 5G smartphone series. Only a few months ago, Huawei’s deputy chairman Eric Xu Zhijun dismissed the idea of a new 5G release, citing the need for U.S. Department of Commerce approval for 5G chips. However, the company surprised many with a pre-sale campaign for the Mate 60 Pro and Mate 60 Pro+ in late August, quietly reigniting its presence in the 5G smartphone market.

The chips appear to be fabricated through restriction-friendly techniques

The new 5G handsets come with a central processing unit (CPU) shrouded in secrecy, believed to be the Kirin 9000s. Both Huawei and the mainland chipmaker SMIC have been tight-lipped about the system-on-a-chip (SoC) used. This secrecy has fueled speculation and debate on how Huawei managed to produce these chips, especially under stringent U.S. sanctions. The chips are suspected to have been fabricated through techniques that bypass the restrictions, a theory that if confirmed, could prove a violation of U.S. sanctions.

While the launch of Huawei’s new phones stirred nationalist pride on Chinese social media platforms, it also ignited a discourse on the limitations of trade sanctions in curbing technological growth. The smartphones’ success challenges the efficacy of U.S. trade sanctions, as analysts indicate that Huawei has already exceeded its shipment targets. Many wonder how this resurgence will affect competitors like Apple and other Android flagship models, putting additional pressure on the smartphone industry in a bit of a slump.

Huawei’s rebound isn’t merely a win for the company; it poses questions about the effectiveness of trade sanctions as a tool for technological containment. If a company under such restrictions can innovate its way around them, it provokes a reconsideration of how trade policies are enacted and enforced. Meanwhile, Huawei’s ability to sustain this momentum hinges on a stable supply of key components and overcoming U.S.-imposed limitations on its supply chain.

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iPhones have been compatible with 5G since the iPhone 12 series was released in 2020. Since then, Apple has been steadily improving the iPhone’s 5G performance. Now, it’s been reported that the iPhone 15 Pro’s 5G modem chip is up to 24% faster than the previous generation.

This report comes from SpeedSmart, an internet speed measurement tool. SpeedSmart tested the iPhone 15 Pro and Pro Max’s 5G communication speeds on major American carriers AT&T, T-Mobile, and Verizon. The report reveals iPhone 15 Pro had faster 5G communication speeds on all three carriers, with download speeds improving significantly.

Among all, Verizon’s network experienced the most significant improvement, with the iPhone 14 Pro averaging 195.83Mbps download speed and the iPhone 15 Pro reaching an average of 243.06Mbps. This is an improvement of 24% in download speed. 

On T-Mobile, the iPhone 15 Pro demonstrated 22% improvement with the fastest average 5G download speeds at 300.92Mbps. And on AT&T the download speeds are  14.6% faster averaging at 204.34Mbps. That said, upload speeds saw little change across all three major carriers.

The improved 5G performance is due to an upgraded modem in the iPhone 15 Pro and Pro Max models, as suggested by the SpeedSmart. Although Apple has not officially disclosed the modem in these devices, SpeedSmart suggests that the Pro models utilize Qualcomm’s Snapdragon X70 modem, which offers three main advantages:

• Significantly lower power consumption
• Better 5G carrier aggregation capabilities
• Better connectivity when the iPhone is further away from a cell tower

With these benefits in tow, SpeedSmart’s tests show that the iPhone 15 Pro and Pro Max offer up to 24% faster 5G speeds than the iPhone 14 Pro lineup.

While there are rumors of Apple developing its own in-house 5G modems, the company has extended its modem supply agreement with Qualcomm until 2026. This means that Apple may not introduce its own modem technology until a few more generations of iPhones.

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(Via)

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Last week was a whirlwind for tech enthusiasts worldwide. From unexpected launches to exciting leaks, the news cycle was buzzing with a lot of news.

Huawei stunned fans with the surprise unveiling of its Mate 60, signaling its strong comeback in the flagship arena. Meanwhile, gamers were treated to the Legion Go – a fresh entrant in the handheld gaming device category, promising immersive experiences on-the-go. The annual IFA event didn’t disappoint either, showcasing a range of innovative gadgets and gizmos like the Honor V Purse concept, offering a glimpse into the future of smartphones. Apple’s iPhone 15, though still under wraps, has made headlines with leaks and rumors that have left fans eagerly awaiting official confirmation.

So lets look at some of the best tech stories from last week.

OnePlus Ace 2 Pro: Flagship Killer Overthrows Flagships in AnTuTu Performance Scores for August 2023

AnTuTu ranked the top 10 best-performing Android phones in August 2023, focusing on CPU, GPU, RAM, Storage, and UX. The OnePlus Ace 2 Pro flagship killer overthrew everyone else with an impressive score of 1,648,735 points. Other top-performing phones include the RedMagic 8S Pro+, iQOO 11, Vivo X90 Pro+, OnePlus 11, Realme GT5, iQOO 11, Vivo X Fold 2, and Oppo Find X6 Pro.

Huawei Mate 60 launched with 6.69-inch OLED 120Hz display, 50MP triple cameras, 66W charging

Huawei surprised everyone by announcing the Huawei Mate 60 Pro 5G in China last week, marking its first phone with 5G connectivity in the past few years. The device features a flat OLED panel, Full HD+ resolution, 120Hz refresh rate, 10-bit colors, and 1440Hz PWM dimming. It comes with 12 GB LPDDR5 RAM and up to 1 TB UFS 3.1 storage, and comes preloaded with Harmony OS 4.0.

The Mate 60 is available in three variants, with pricing starting at 5,499 Yuan (~$750) in China. But don’t expect it to come to the global markets.

By the way, don’t miss out our hands on with the Mate 60 here!

Lenovo Legion Go launched: New Steam Deck & ASUS ROG Ally gaming handheld rival

Lenovo’s Legion Go is its first gaming handheld, competing with the Steam Deck and ASUS ROG Ally. It features detachable controllers, hall effect sticks, and optical sensors for better precision. The device is powered by AMD Ryzen Z1 and Z1 Extreme processors, 16GB LPDDR5X RAM, and 256GB, 512GB, or 1TB PCIe 4.0 NVMe M.2 storage. It runs on Windows 11 and has a 49.2Wh battery pack, allowing for fast charging. The Legion Go will be available for purchase in late October 2023, with Ryzen Z1 Extreme expected to carry a higher price tag.

Apple iPhone 15 series production reportedly slashed due to supply chain issues

Apple is set to launch the iPhone 15 series in September, including the iPhone 15, 15 Plus, 15 Pro, and 15 Ultra or 15 Pro Max. Supply-chain issues have slowed production, with Haitong International Securities analyst Jeff Pu predicting a 77 million unit forecast. Mizuho Bank predicts 73 million units in 2023.

Fairphone 5 launched with a decade of software support, 5 years warranty

If you think Samsung’s five-year update policy is impressive, we have news for you. Fairphone has launched its newest smartphone— the Fairphone 5— with an absolutely crazy 10 years of software support and even 5 years of warranty. The handset is made out of 70% fair and recycled materials and can be easily repaired with just a Philips screwdriver.

Here’s how Oppo Find N3 Flip differentiates itself from competitors

The phone primarily competes with the Samsung Galaxy Z Flip 5 and the Motorola Razr 40 Ultra. Because the other clamshell foldables like the Huawei P50 Pocket and the Vivo X Flip are comparatively older with outdated features.

As of now, the Oppo Find N3 Flip is limited to China. However, the brand has confirmed global availability for later.

Either way, it will go head-to-head with the aforementioned handsets from Samsung and Motorola in almost all markets. 

Apple ‘Wonderlust’ Event Set For September 12: What To Expect

Apple’s upcoming Wonderlust event, scheduled for September 12, will feature next-generation iPhones, Watch Series, iPads, and more. The event will be live-streamed on Apple’s website and YouTube channel. The event is expected to reveal new-generation smartwatches, iPad Pros, and iMacs.

Apple Wipes Out Android in Global Smartphone Shipments; iPhone 14 Pro Max is the Most Popular Smartphone in the World

The global smartphone market is fiercely competitive, with companies like Apple, Samsung, Xiaomi, Huawei, and Oppo vying for users. Omdia’s report for the first half of 2023 shows that Apple dominates the market, selling 79.5 million iPhones, with the iPhone 14 Pro Max being the most popular. Samsung’s Galaxy A14, which sold 12.4 million units, further highlights the gap between Android and iOS.

Xiaomi’s car factory phase 1 on track for mass production with 150,000 vehicles annual capacity

Xiaomi is entering China’s car manufacturing industry with electric car production, aiming to compete with established manufacturers like Apple and Sony. The factory is divided into two phases, with Phase 1 spanning 720,000 square meters and Phase 2 scheduled for 2024-2025. Xiaomi’s CEO, Lei Jun, is confident that cars will enter full production by early 2024, aligning with their goal to become one of the world’s top five car manufacturers.

Honor unveils V Purse concept, an outward-folding phone that can be worn like a purse

Honor’s V Purse concept phone combines a foldable phone and a clutch bag, offering customizable appearances and interchangeable straps and chains. The device is an outward folding screen with interactive wallpapers, and is designed by top talent. Honor uses sustainable materials like vegan leather and is thin, measuring just 9mm thick. The hinge can withstand 400,000 folds.

iPhone 15 dummy models appeared online, showcasing colour options & a USB-C port

Apple’s latest leak features live images of dummy iPhone 15 models, showcasing various color options and potential switch from lightning to USB-C ports. The iPhone 15 model also features a USB-C charging case, indicating a potential switch from lightning ports.

Tecno Phantom V Flip leaked image showcasing cover display emerges, launch imminent

Tecno is developing the Tecno Phantom V Flip, its first clamshell phone with a foldable display. The leaked render shows a circular camera module with two cameras and an LED flash unit, a circular cover display, and a textured shell. The device will run on Android 13 and HiOS 13.

OnePlus Pad Go tablet in works, initial details emerge

OnePlus has announced the existence of its second tablet, the OnePlus Pad Go. A report revealed that a tablet with model number OPD2304 is in development, possibly for Wi-Fi and cellular models. The BIS listing suggests the tablet could be released in India. The OnePlus Pad Go may be less powerful than the OnePlus Pad, with an 11.61-inch IPS LCD, Dimensity 9000 chips, and a 9,510mAh battery.

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There were multiple reports that Huawei is working on launching 5G smartphones. Now in response to recent rumors about the launch of Huawei’s high-end 5G phones after October, He Gang, the Chief Operating Officer of the Consumer Business Group, has denied the claims. The speculation originated from an article by Tencent Deep Web, which suggested that during a video conference with Huawei retailers in June, He Gang hinted at a major announcement happening after October, possibly related to 5G phones. However, He Gang has now clearly stated that such information is false and that he made no such assertions.

No Qualcomm-Huawei 5G Partnership, Claims Richard Yu

If you don’t know the reason why Huawei can’t use 5G in their smartphone it’s because of US sanctions. The company now uses 4G versions of Qualcomm chips in their flagship phones. Despite the denial, rumors about Huawei’s return to the 5G market have persisted, fueled by claims from supposed insiders and leaks from retailers. Although He Gang dismisses the rumors, he didn’t deny the possibility of a 5G phone launch either. Earlier, the Huawei Mate60 series and Mate X3 foldable were expected to support 5G, but recent information indicates changes to this plan. The potential first 5G phone from Huawei could be the Nova 12, as its development timeline aligns with Huawei’s 5G breakthrough.

Huawei’s Executive Director and CEO of the Consumer Business Group and Intelligent Automotive Solutions BU, Richard Yu, also addressed speculation about Qualcomm resuming 5G supply to Huawei later in the year. He clarified that Huawei should be able to source the necessary 5G chips domestically using advanced semiconductor design tools and chips produced by the Semiconductor Manufacturing International Corporation (SMIC).

However, there might be limitations in production capabilities due to a low yield of usable chips at less than 50%, potentially leading to a limited shipment of Huawei’s 5G phones. As a result, the release of the 5G versions of flagship models, such as the P60, might be pushed to 2024. A popular tipster claims that Kirin-branded processors will be launched later this year, but they are expected to have limited power.

Amidst the rumors, another claim suggests that Huawei will launch new smart homes and smart cars around the same time as the speculated smartphone launch. Nevertheless, Huawei will remain determined to launch 5G models as they have seen significant growth in smartphone sales, with a remarkable 58% surge reported in Q2 2023.

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Intel has been losing ground to rivals in the chip manufacturing race. You read that right. Even though many of us know Intel from the processors we use in our computers, the company also makes chips for other companies. Intel was actually the world’s leading chipmaker for many years, from 1971 to 2021. But in the past few years, it’s been falling behind rivals like TSMC and Samsung. However, Intel wants to turn things around. That’s why they’ve teamed up with Ericsson. They’re planning to make a special 5G chip using Intel’s cutting-edge production methods. Here are the details…

Intel and Ericsson Unveil Plans for Custom 5G Chip

Intel has been losing ground to competitors in the chip manufacturing competition for some time now. The main reason for this is that rivals like TSMC and Samsung have heavily invested in new production technologies. As a result, they are now capable of creating chips that are smaller, more powerful, and use less energy. However, Intel has been working hard not to let this continue. Over the past few years, the company made serious investments in both their production facilities and acquisitions like Tower Semiconductor. Now, these investments are paying off with the Ericsson deal.

Intel and Ericsson are planning to work together to create a special 5G chip. This chip will be built using Intel’s 18A technology and is planned to be used in Ericsson’s 5G network equipment. It is expected to be available in 2025. The chip they’re making is designed to match the specific requirements of 5G network equipment. These include performing tasks quickly, using less power, and being able to adjust to different sizes or scales. This chip should also be able to work with many types of 5G standards.

Unfortunately, there is not much information about the deal yet. The main thing we’re curious about is whether this agreement will truly change things for Intel. What do you think about this? Do you believe Intel can regain its title as the world’s leading chipmaker?

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China’s Ministry of Industry and Information Technology (MIIT) has revealed impressive progress in the country’s 5G telecommunications sector. With a staggering 676 million 5G smartphone users and almost 3 million 5G base stations deployed, China is leading the way in 5G technology.

Impressive stats reveal China’s dominance in 5G technology

The industry has experienced a 6.2% increase in revenue and a remarkable 17.1% rise in total business volume year-on-year. Over 2.12 billion mobile Internet of Things (IoT) devices are currently in use, showcasing the widespread adoption of mobile technology across various industries.

The impact of 5G technology has been felt in sectors such as healthcare, education, and transportation, with over 50,000 application cases demonstrating its transformative potential. The “Hundred Cities, Thousand Parks” industrial internet campaign has further fueled China’s digital transformation by benefiting numerous enterprises and fostering innovation through the creation of influential industrial internet platforms.

Leaders of major telecom firms have highlighted the role of next-generation technologies, including 5G, cloud computing, big data, and AI, in driving the sector’s growth. They emphasize the increasing demand for intelligent digital transformation and the pivotal role of AI in initiating a new wave of technological revolution and industrial transformation.

Liu Lihong, Chairman of China Unicom, predicted that within the next two years, artificial intelligence will have a profound impact on 50% of job roles, potentially signaling the beginning of another industrial revolution.

China’s significant advancements in 5G technology, along with its extensive integration across industries, reinforce its position as a global telecommunications powerhouse and exemplify its commitment to technological progress.

According to Globaltimes, China is actively focusing on advancing research and development for 6G technology while prioritizing the improvement of 5G network quality, expanding coverage, and reducing costs.

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Samsung Networks, in collaboration with MediaTek, has achieved a remarkable milestone in 5G upload speed performance. The companies conducted extensive testing at Samsung’s lab in Suwon, South Korea, showcasing the capabilities of their joint efforts.

The Test: Achieving Record-Breaking 5G Upload Speeds

The groundbreaking achievement involved the utilization of a 5G Standalone network with 2CC CA (Carrier Aggregation) and C Band featuring MIMO technology. Samsung Networks employed its C-Band Massive MIMO radios, a virtualized Distributed Unit (vDU), and a 5G core for the test. MediaTek contributed a test device equipped with the new M80-based CPU chipset, which employed three antennas (1,900MHz, 3.7GHz, and 3.7GHz) across one channel. Together, they achieved an outstanding upload speed of 363Mbps, a speed that approaches the theoretical limit of this setup.

This technological breakthrough holds immense promise for consumer products in the future, as it will significantly enhance network upload speeds—a critical factor in various applications. Activities such as live video streaming at high resolution, video conferencing on the go, and multiplayer gaming will experience smoother performance with networks boasting such high upload speeds.

Dongwoo Lee, the Head of the Technology Solution Group at Samsung Networks, expressed his excitement over the achievement and the potential it holds for consumer devices. Faster uplink speeds will bring about new possibilities and transform user experiences. Lee emphasized the commitment of both Samsung and MediaTek to improve their customers’ networks by leveraging the most advanced technology available.

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Tech brands Nokia and Apple have signed a refreshed long-term patent cross-license agreement to replace the current license agreement signed in 2017. The previous agreement will elapse at the end of 2023. Nokia made the announcement and stated that the new agreement will cover Nokia’s inventions in 5G technology and other important patents.

Although the finer details of the new license agreement are sketchy, Nokia said it will receive payments from Apple for a multi-year period starting from January 2024. The financial implication of the agreement has already been factored into the company’s current financial outlook.

Nokia said it is delighted to have concluded the long-term patent license agreement with Apple on an amicable basis. The Finnish company says the agreement reflects the strength of Nokia’s patent portfolio and decades of investment in R&D. It also highlights Nokia’s contributions to cellular standards and other technologies over the years.

Nokia has had a long tradition of massive investment in R&D with more than €140 billion ($ billion) ploughed since 2000. The investments have yielded a huge trove of 20,000 patent families. Nokia is the leading brand in terms of 5G-related patents which currently stands at 5,500.

Apple hopes to leverage the excellent technological offerings of the patents on its forthcoming products. These technologies will be deployed in the entire raft of Apple devices that require 5G and other Nokia-engineered patent approval for their deployment and use in devices.

Related: 

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The European Union is considering a mandatory ban on the use of Huawei in its 5G networks. The move comes as a response to increasing concerns in Brussels about the security risks posed by the Chinese company.

In 2020, the EU said member-states could restrict or exclude Huawei from core parts of their telecoms networks, but resisted pressure from the United States for an outright ban. However, the EU’s internal market commissioner Thierry Breton told telecoms ministers last Friday that only a third of EU countries had implemented Huawei bans in critical areas.

Security Concerns Prompt EU’s Actions

To address this issue and compensate for the guidance falling short of a ban in 2020, the EU may introduce a mandatory ban on companies deemed to pose security risks. Germany, in particular, has been considering banning certain components from Chinese companies Huawei and ZTE in its telecoms network, according to a government source.

The move by the EU is a significant development in the ongoing battle between the United States and China for dominance in the global 5G market. The United States has long argued that Huawei poses a security risk due to its close ties to the Chinese government, and has urged its allies to ban the company from their 5G networks. China has denied these allegations and has accused the United States of trying to stifle its economic growth.

The EU’s decision to consider a mandatory ban on Huawei is a sign that the bloc is taking the security risks posed by the company seriously. However, it remains to be seen whether the EU will be able to reach a consensus on the issue, or whether member-states will continue to take different approaches.

The EU’s decision on Huawei is likely to be closely watched by other countries around the world. The United States, Australia, and Japan have already banned Huawei from their 5G networks, and other countries are considering similar measures. The EU’s decision could set a precedent for other countries and could have a significant impact on the global 5G market.

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Portugal is reportedly planning to ban Huawei from its national 5G network, as per the latest report coming from Reuters based on the document from the country’s cyber security council.

As per the report, the country’s government is concerned about the security of Huawei’s equipment. The document outlines a plan to restrict the use of high-risk kits, which includes Huawei, among other companies.

It recommends barring local carriers from sourcing 5G equipment from suppliers based outside of the European Union or from countries that are not a part of the North Atlantic Treaty Organization (NATO) or Organization for Economic Co-operation and Development (OCED).

The decision is a major blow to the Chinese giant Huawei, which is the world’s leading supplier of 5G equipment. If the government does ban Huawei, then it will have a significant impact on the Portuguese 5G rollout. Altice Portugal, the largest wireless carrier in the country, signed a deal a few years ago to use Huawei equipment for part of its 5G rollout.

Huawei has said that it is disappointed by the decision of the Portugal government and added that it will continue to work with the government to address its concerns. It further states that the company is confident that it will be able to meet the security requirements.

The development comes amid growing concerns about the security of equipment from Huawei, as the company has been accused of being vulnerable to Chinese spying. A number of countries have banned Huawei from their 5G networks, including the United States, and countries like the United Kingdom, Australia, and Japan have imposed restrictions.

If the Portuguese government goes ahead with the ban, then it would join Canada and a handful of other European countries, including Denmark, Sweden, Estonia, Latvia, and Lithuania, that have recently banned the Chinese company from participating in their 5G networks.

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Xiaomi recently announced that it will be releasing a software update in the near future, enabling 5G standalone (SA) network access functionality on devices that do not currently support it in India. This update will enable Xiaomi users to experience the full benefits of 5G technology, including faster speeds, reduced latency, and improved connectivity.

Xiaomi India claims that their selection of more than 20 5G smartphones supports the 4G-based 5G non-standalone (NSA) network. While the 5G SA network does not rely on 4G and offers a more pure and effective 5G experience, some of these devices still do not support it.

In order to allow 5G SA, the brand revealed that it has provided an over-the-air (OTA) update for the Mi 11X, Mi 11 Pro, and Mi 11 Lite NE 5G devices. The business added that updates for the Mi 10, Mi 10i, Mi 10T, and Mi 10T Pro would come soon. The company also said that in order to give its clients a smooth 5G experience, it is updating all of its products.

The announcement comes as India’s leading telecom carriers prepare to launch 5G services there. While Airtel is implementing 5G NSA networks, Reliance Jio is putting out its 5G SA networks. By December 2023 and March 2024, respectively, the two telecoms hope to have finished rolling out their separate networks.

The company asserted that a variety of Xiaomi and Redmi smartphones have been tested on Jio 5G and will work with the network after a rollout of a firmware-over-the-air (FOTA) update.

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With 5G wireless communication technology already being implemented around the world, the focus has shifted to the next generation of wireless networks, 6G. While 5G is already a significant improvement over previous wireless technologies, 6G is expected to bring even more advancements in terms of speed, latency, spectrum, artificial intelligence, security, and energy efficiency. In this regard, understanding the possible differences between 5G and 6G is crucial to grasp the potential of the future of wireless communication. While 5G is still in the process of being rolled out globally, the research and development of 6G is already underway. As per latest reports, China has been testing ultra-fast wireless internet, with download speeds hitting 300Gbps.

US Concerned regarding China’s success with High-Speed Connectivity

The race for 6G is heating up, and the US is afraid of falling behind. Last Friday, the White House met with industry leaders to discuss the next generation of wireless connectivity. The fear is that other countries will lead in the creation of standards for 6G connectivity, and news from China only adds to the US’s concerns. The 25th Institute of the Second Academy of China Aerospace Science and Industry reported a successful wireless transmission at a terahertz (THz) frequency level for the first time, achieving data speeds of 100Gbps. To put this in perspective, a 5G signal running at 1Gbps would be considered fantastic in the US.

The technology uses THz frequencies, which, like the mmWave band for 5G, present challenges in the signal distance and cloud/fog penetration. However, THz communications can deliver wireless transmissions almost as good as transmissions made over fiber. With 6G wireless not expected to launch until 2030, this new technology is an important development that could lead to incredible new services in the entertainment, automobile, and healthcare industries. The US and China will likely continue to compete to develop and perfect the technology with their innovations.

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Earlier this week, Nokia revealed its financial report regarding its operations in India. The company marked a sizeable growth in net sales, which is accredited to the growing adoption rate of 5G technology in the region.

Nokia records an impressive 327% Net Sales growth

For those unaware, the Finnish tech giant is a major player in the telecommunications industry and makes equipment for advanced 5G networking as well. Thus, thanks to the expansion of 5G deployment in the Southeast Asian country, it reported a massive 327 percent year on year net sales rise in the first quarter of this year. This brought its net sales to hit 853 million euros or roughly around 937 million US Dollars.

This is considering over the mere 200 million Euros net sales during the same period last year. So its clear that the wider adoption rate by the two major telecos in India, Airtel and Reliance Jio, has helped its overall profits as well. Nokia further added that the sizeable growth in India also helped it offset the slowing demand in the North American market. Notably enough, Nokia isn’t he only one to see sales hike as Ericsson chief financial officer Carl Mellander said that “India is strong and a good example where our sales are up five times.”

Meanwhile, Pekka Lundmark, Nokia President and CEO, stated that “Mobile Networks net sales grew 13% as 5G deployments in India ramped up, more than offsetting a slowdown in North America spending As we expected, we are seeing greater seasonality between the first and second half of the year in terms of profitability for Mobile Networks”. The executive is expecting the company to stay on track to see another year of growth in 2023.

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Samsung has introduced the latest 5G modem, the Exynos 5300 that promises lightning-fast download speeds of up to 10Gbps and extended battery life. The modem supports both Sub-6GHz and mmWave 5G bands and is compatible with both SA (standalone) and NSA (non-standalone) 5G networks.

Samsung Exynos Modem 5300 Ushers in a New Era of Blazing Fast 5G Connectivity and Extended Battery Life

The Exynos 5300 supports the 3GPP 5G NR Release 16 standard, allowing for incredible download speeds of up to 10Gbps and upload speeds of 3.87Gbps. This advanced technology enables a new era of ultra-low latency and unparalleled mobile experiences, ensuring users stay connected at lightning-fast speeds.

The modem is not just limited to 5G connectivity; it also supports a wide range of network generations, from 2G to LTE. In LTE environments, the modem can reach download speeds of up to 3.0Gbps and upload speeds of up to 422Mbps. The modem’s support for both NSA and SA 5G modes ensures seamless connectivity without compromising user experience.

Exynos 5300 is fabricated using Samsung Foundry’s cutting-edge 4nm EUV process, which significantly improves power efficiency. This advancement translates to extended battery life, allowing users to stay connected for longer periods without the need to recharge constantly. With its built-in PCIe interface, the modem can easily connect to various chipsets, ensuring widespread compatibility.

Although there is no official confirmation on which chipset will incorporate the new modem, rumors suggest that Google’s Tensor 3 chipset in the Pixel 8 series may be the first to feature the Exynos 5300. The modem has been verified by multiple global mobile network operators (MNOs), ensuring swift integration into new devices. This verification, coupled with the modem’s support for 3GPP’s 5G NR Release 16, enables manufacturers to launch new products with 5G capability effortlessly.

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The United States-based technology giant Intel has been a prominent player in various fields, with 5G and LTE technologies being among them. However, recent news indicates that Intel will cease its efforts in these areas. Here are the details…

Intel to Halt 5G and LTE Research: Prioritizing IDM 2.0 Strategy

Numerous sources reported a few days ago that Intel would soon stop working on 5G modems, and by 2025, it would halt research on LTE modems. Recent announcements from the company confirm these intentions.In a statement to More than Moore, the tech giant confirmed the rumors while explaining the reason behind the decision: “We made the difficult decision to exit both our LTE and 5G WWAN (Wireless Wide Area Network) businesses as we continue to prioritize investments in our IDM 2.0 strategy.”

The IDM 2.0 technology was announced in 2021. With this strategy aimed at expanding production, the company sought to design and manufacture the best products. Intel expressed its intention to be a leader in process, product, supply, and cost through this approach.Three years ago, Intel sold its 5G modem business to Apple for $1 billion. Subsequently, it formed a partnership with MediaTek to start producing 5G modems for computers. The first products hit the shelves in 2021.

However, the recent news suggests that the life of these products may not be very long. On the 4G side, Intel collaborated with Fibocom for 4G LTE modems. The latest statements suggest that the company may be planning to transfer its 4G and 5G businesses to these two firms. Intel is expected to exit the 5G market by July and the entire WWAN market by 2025.

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Google has just announced that the Pixel 6 and the Pixel 6 Pro will be receiving support for 5G networking in India. The company had recently brought support for the faster bandwidth earlier this month for the Pixel 7, Pixel 7 Pro, and even the Pixel 6a. Now, it is adding support for the two other Pixel 6 series models as well.

This is quite interesting considering the fact that the Search Engine giant did not launch the Pixel 6 and Pixel 6 Pro in the Indian market. Unlike its successor, the company only launched the Pixel 6a from the last gen lineup in the region. As of right now, the Pixel 6a will receive the update with the March Android security patch while the Pixel 6 and the Pro variant receives 5G support. So you can expect to see much faster data speeds over the last gen networking standard.

PSA – 5G functionality has started rolling out in India on Pixel 6 series and above, available on select carriers
Learn more: https://t.co/XHdZaNAysY. pic.twitter.com/nX67DDRZ0F

— Google India (@GoogleIndia) March 20, 2023

Notably, these updates arrives months after testing and gathering feedback from its users for quality and usability during the early beta stages. So now, users can head to settings to enable 5G connectivity from the networking settings in addition to the existing LTE and 3G networking. As of right now, it is unclear if and when the brand will bring support for 5G networking for some older models. This includes the likes of the Pixel 5 series, or the Pixel 4a model. Similar to the Pixel 6 lineup, these older smartphone models were also not officially launched in the country.

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Although 5G was only introduced less than 5 years ago, implementation has only really started picking up steam recently in countries such as the United States, Europe and India. The race for 5G technology is on and with it comes a new era of innovation and transformation in the smartphone industry. So these are the 3 ways 5G will transform the smartphone market in the next 5 years.

1. Better Smartphone Technology

5G technology will usher in a new era of smartphone technology. The low latency properties of 5G networks and improved download and upload data speeds will likely result in the mass adoption of virtual reality (VR), mixed reality (XR) and augmented reality (AR) applications. These technologies have been around for some time but have been limited by the capabilities of current mobile networks. With 5G, users can expect to see more immersive and interactive experiences on their smartphones.

2. Larger 5G coverage 

5G will start to make an impact on the telecoms industry. Nearly all commercial 5G deployments to date have relied on non-standalone 5G (NSA 5G), which uses new radio technologies but still relies on existing network infrastructure. This means that telecom giants can deploy 5G today by leveraging the ecosystem and models in place for mobile broadband and enhanced mobile broadband while extending with more powerful cellular network connectivity. In turn, there will be larger and wider 5G coverage, meaning smartphones will not only be able to faster internet but stay on faster Internet for longer as well.

3. Smartphone Affordability

With prices for premium 5G smartphones expected to be up to 1000 USD for millions of customers, this applies significant pressure on telcos’ balance sheets. Up to 10 per cent of it can be tied up in receivables for smartphone-related affordability options. This could result in telcos offering more attractive financing options for customers looking to upgrade to a new 5G smartphone. And likewise, to appease telco companies, smartphone companies will be releasing more affordable 5G smartphones to the public as well.

OnePlus, recently announced the OnePlus Ace 2V, an relatively affordable 5G lower mid-range smartphone that features MediaTek’s flagship Dimensity 9000 SoC, a metal frame, and a 120Hz AMOLED display. It is available with up to 16GB of LPDDR5X RAM and up to 512 GB of UFS 3.1 storage.

If you are interested in the OnePlus Ace 2V, you can pre-order one yourself today at Giztop starting from only 399 USD for the 256GB storage option.

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Huawei is currently developing 5.5G technology, the next step after 5G, which aims to comprehensively enhance network connectivity and move away from connectivity-based development to full-service enablement. Huawei is collaborating with industry partners to advance towards an intelligent world.

At Mobile World Congress (MWC) Barcelona 2023, Huawei unveiled a full series of One 5G solutions capable of driving all bands to 5G. This development of better 5G, Huawei calls the technology – 5.5G. John Gao, head of the 5.5G domain development at Huawei noted that among the new service trends driven by the new standard was a shift in communications being content.

Huawei believes that this new technology has the power to transform and digitize many different industries. The company predicts that 5.5G will vastly outperform 5G in many aspects such as cutting down the cost-per-bit of eMBB by ten times and delivering higher uplink capabilities using UCBC to meet the requirements of eighty per cent of ToB scenarios.

However, Huawei has been facing significant challenges due to global trade restrictions imposed on them. The U.S. crackdown has cut off the company’s access to essential supplies. Huawei’s global supply chain is being put under intense pressure.

Despite these challenges, Huawei remains committed to evolving their technology and pushing forward with their development of 5.5G. The company believes that this new technology will bring many benefits and advancements in the field of telecommunications.

It remains to be seen how these trade restrictions will affect Huawei’s ability to develop and implement their 5.5G technology on a global scale. However, the Chinese tech giant remains optimistic and determined to overcome these challenges.

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Did you know that regardless of the brand of your phone, it is not actually produced by a single company? In order to produce a phone, it is necessary to manufacture components in many different areas such as the screen, processor, and battery. This is a job that requires expertise and significant investment. For this reason, dozens of different companies may have their signatures on a single device. However, many companies, especially Apple, continue to work to reduce this situation, which can be called “external or third-party dependency”. The US tech giant, which has been producing its own processors for a while, plans to introduce its own 5G modem in its flagship iPhones. Here are the details…

Apple’s 5G Modem To Be Mass Produced On TSMC’s 3nm Process, Risk Production Starting In Late 2023

Apple’s plans to introduce its own 5G modem in its flagship iPhone range is getting closer to reality. The tech giant is expected to break Qualcomm’s exclusivity by employing its own custom solution, codenamed ‘Ibiza,’ in the iPhone 16 family, which will be mass-produced on TSMC’s 3nm technology. The move is part of Apple’s efforts to be free of third-party chip providers, including Broadcom.

According to a report by Commercial Times, supply chain sources revealed that risk production for Apple’s custom 5G modem is expected to begin in the second half of 2023, with wafer output slowly increasing in the first half of 2024. This timeline suggests that the iPhone 15 lineup will continue to use Qualcomm’s 5G modems exclusively, likely taking advantage of the newest Snapdragon X70.

However, Apple’s goal is to incorporate cellular, Wi-Fi, and Bluetooth connectivity in a single package, which will take several years to reach completion. In the meantime, Apple is focused on delivering a 5G modem with power savings, better integration with the iPhone, and broader features set in satellite connectivity.

With the introduction of its own 5G modem, Apple will have greater control over its hardware and software, allowing the company to deliver better performance and efficiency in its devices. It’s also a significant step towards achieving Apple’s long-term goal of being less reliant on third-party suppliers, giving the company more control over its supply chain.

While the transition towards in-house modem development will take several years, it’s a significant step towards Apple’s long-term goal of being less reliant on third-party suppliers.

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At MWC Barcelona 2023 today, Google Cloud has announced a new product that aims to help communications service providers (CSPs) automate and optimize their network operations. The product, called Telecom Network Automation, is a cloud-based solution that leverages Google’s expertise in Kubernetes, artificial intelligence (AI) and open source software.

Telecom Network Automation is based on Nephio, an open source project that Google created and led on under the Linux Foundation. Nephio enables CSPs to use common automation templates to manage their network infrastructure and functions across multiple clouds and vendors. Nephio also uses AI-powered control loops to monitor and adjust network performance based on user-defined intents.

According to Google Cloud, Telecom Network Automation can help CSPs reduce operational costs, improve service quality and accelerate time-to-market for new services. The product can also support various use cases such as 5G radio access networks (RAN), edge computing, network slicing and private networks.

One of the early adopters of Telecom Network Automation is Bell Canada, which has used it to automate its implementation of Google Distributed Cloud Edge, a platform that delivers cloud services at the edge of the network. Bell Canada said that Telecom Network Automation has helped it simplify its network management and enhance its customer experience.

Google Cloud said that Telecom Network Automation is part of its cloud-native network modernization offering for CSPs, which also includes Anthos for Telecom, a platform that enables CSPs to run applications anywhere using containers and microservices. Google Cloud added that it is committed to collaborating with the telecom industry and supporting open standards and interoperability.

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The deployment of 5G infrastructure is underway wor5G infrastructure works are continuing at full speed almost all over the world. However, the number of people who can use this modern connection technology today is very limited. While 5G is available in a few pilot test areas, it is not yet widely available in many regions. Nevertheless, in developed countries such as South Korea, which is already one of the world’s leading technology hubs, 5G is more widely available. In fact, South Korea has recently announced that it plans to launch its 6G network. Here are the details…

South Korea plans to launch 6G network service in 2028

South Korea has recently announced that it plans to launch its 6G network service in 2028, two years ahead of schedule, as it seeks to secure an early advantage in the future wireless frequencies. The country’s Ministry of Science and ICT announced the K-Network 2030 plan, which aims to develop world-class 6G technologies, innovate software-based next-generation mobile networks, and strengthen the network supply chain.

The advanced plan also aims to encourage local companies to produce materials, parts, and equipment for 6G technology in the country, and to develop an open RAN that is compatible with any mobile device and enables mobile carriers and enterprises to offer flexible services. Additionally, the ministry is conducting a feasibility study for a research and development project on core 6G technologies worth KRW 625.3 billion ($481.7 million).

South Korea’s efforts to lead in the development of 6G technology come as the country seeks to maintain its leading position in the global competition for future network infrastructure. As the demand for higher speeds and lower latency in wireless communications continues to rise, the country is looking to retain its competitive edge following the 5G network race. According to the German analysis firm IPlytics, South Korea accounted for 25.9 percent of the number of 5G patents last year, closely following the market leader China with 26.8 percent.

The advanced plan will also create new opportunities for local companies and researchers to participate in the development of 6G technology. By encouraging the production of materials, parts, and equipment for 6G technology in the country, the government hopes to create new jobs and promote economic growth. The open RAN system will also enable mobile carriers and enterprises to offer flexible services, which could create new business opportunities in the telecommunications sector.

With this move, the country hopes to secure an early lead in the next generation of wireless technology, as well as promote innovation and economic growth.

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5G technologies continue to spread and develop. On the one hand, necessary infrastructure work for the use of this technology is ongoing all over the world, and on the other hand, efforts are being made to improve its performance and accessibility. Undoubtedly, Qualcomm is one of the companies that has made the most significant contributions to these studies. Most recently, the company introduced the Qualcomm Snapdragon X75 and X72 modems for future 5G. Here are the details…

Qualcomm introduces Snapdragon X75 and X72 modems for future 5G

Qualcomm has recently launched two new modems – Snapdragon X75 and X72 – that are designed to support 5G connectivity. Here’s a brief overview of both modems:

Snapdragon X75 modem

The Snapdragon X75 is a 5G modem that is built on a 4nm process node. It supports both sub-6GHz and mmWave bands and can achieve peak download speeds of up to 10Gbps. The modem also supports 5G standalone and non-standalone modes, as well as dual-SIM functionality. It is designed for use in smartphones, laptops, and other devices.

• Supports peak download speeds of up to 10 Gbps and upload speeds of up to 3 Gbps.
• Compatible with both sub-6GHz and mmWave 5G spectrum.
• Designed for use in high-end smartphones and other mobile devices.
• Features Qualcomm’s 5G PowerSave technology for improved battery life.

Snapdragon X72 modem

The Snapdragon X72 is another 5G modem that is built on a 10nm process node. It supports both sub-6GHz and mmWave bands and can achieve peak download speeds of up to 7.5Gbps. The modem also supports 5G standalone and non-standalone modes, as well as dual-SIM functionality. It is designed for use in smartphones and other mobile devices.

• Supports peak download speeds of up to 7.5 Gbps and upload speeds of up to 3 Gbps.
• Compatible with both sub-6GHz and mmWave 5G spectrum.
• Designed for use in mid-range smartphones and other mobile devices.
• Features Qualcomm’s 5G PowerSave technology for improved battery life.

In addition to their support for 5G, both modems also feature Qualcomm’s Snapdragon X65 and X62 5G Modem-RF Systems, respectively, which provide advanced technologies such as Dynamic Spectrum Sharing (DSS), carrier aggregation, and 5G multi-SIM. These features are designed to improve network performance, increase coverage, and reduce power consumption. The Snapdragon X75 and X72 modems represent a significant step forward in the development of 5G technology. They offer faster download speeds, better coverage, and improved power efficiency, making them ideal for use in a wide range of devices.

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Huawei has just announced a new project, in which it employs its expertise in telecommunications. The company is installing 5G networking gear on fishing boats to improve connectivity for people working in the sea. So here are all the details.

The Chinese tech giant worked with China Unicom for the ‘Digital Fishing Boat’ project, which also won the 2023 GSMA ‘5G Productivity Challenge Award’. Both companies worked together since Huawei required China Unicom’s private 5G network and product systems. Although, the brand jointly developed the 5G tech for the system on the fishing boats. Thanks to 5G, the people at sea gain access to cloud computing, IoT (Internet of Things) Beidou positioning technology, and improved connectivity.

This would enable the fishing boats to monitor the dynamic weather at sea. The boats will come with the 5G MetaAAU ultra large scale antenna array that offers various advantage from its large bandwidth of the 3.5G frequency band. Furthermore, this can also maintain a stable 60Mbps download speeds and 2Mbps upload speeds within the range of 61 kilometers in the sea.

These new Digital Fishing Boats would also allow fishermen to also keep up to date by watching the news, get up to date weather information, and even make high definition video calls to their families. Although one of its highlighting aspects is the ability to let fishermen call for help through a one click app to get emergency assistance while in the waters.

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Communication technologies continue to develop at full speed. The latest example of this is 5G technology, which is slowly becoming widespread. However, this progress is not at the expected pace when it comes to applicability. Fortunately, some steps are being taken to fix this issue. Lastly, 6G Smart Networks and Services Industry Association (6G-IA) and the European Telecommunications Standards Institute (ETSI) have signed a nduerstanding to boost cooperation on network studies.

The Europe-based 6G Smart Networks and Services Industry Association (6G-IA) and the European Telecommunications Standards Institute (ETSI) have signed a nduerstanding to boost cooperation on 5G and 6G. The 6G-IA is focused on “beyond 5G” (B5G) and 6G research. Like pre-standardization activities, policy and regulatory issues, 5G and 6G frequency concepts, international collaboration and verticals’ engagement to shape next-generation industrial use cases.

The main goal of the 6G-IA is to contribute to Europe’s leadership on 5G, 5G evolution and SNS/6G research. As part of the agreement, 6G-IA will be involved in ETSI’s Research, Innovation and Standards Ecosystem (RISE) group as well as the ETSI Technology Radar (ETR) activities mapping emerging technology areas.

6G-IA and ETSI are working together to make sure their research and standards for 5G and 6G are in line with each other. They will also launch projects to help define future networks. They will also share information with other groups that focus on 6G technology. The Smart Networks and Services Joint Undertaking (SNS JU), a partnership between the European Commission and 6G-IA, is expected to launch the first phase of 5G/6G research projects in early 2021. These projects will play a key role in the definition of next-generation networks.

The ETSI Research Conference in early February will provide a platform for these new projects to present their purpose and plans and exchange with standards experts on their standardization roadmaps.

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Latest reports indicate that Apple has halted development on its own Wi-Fi chip, which was intended to replace the one supplied by Broadcom. The company was hoping to have its own chip ready for the 2025 iPhone 17 lineup, but according to TF International’s Ming-Chi Kuo, Apple has run into issues developing a single component that supports both Wi-Fi and Bluetooth connectivity in a single chip. As a result, Broadcom is set to benefit from the iPhone 15’s upgrade to Wi-Fi 6E and the industry-standard upgrade to Wi-Fi 6E/7.

Kuo adds that developing a Wi-Fi and Bluetooth combo chip is far more challenging than designing a Wi-Fi-only chip. A majority of Apple’s products use Broadcom’s combo chip, which would make it harder for Apple to switch the entirety of Broadcom’s chipsets to its own. On the other hand, Apple is still expected to complete the development of its 5G modem chip, which was intended to replace the Qualcomm Snapdragon 5G modem currently used by the company. However, there have been delays due to “insufficient development resources” and issues with Qualcomm patents. Apple is still expected to eventually use its own 5G modem in future iPhones.

According to Kuo, Apple’s engineering resources are diverted towards the development of its Apple Silicon for TSMC’s 3nm process node. The company hopes to begin mass production of the “world’s most advanced 3nm processors” sometime later this year. This chip is expected to significantly improve performance and energy-efficiency compared to its predecessors, since a lower process node number implies a higher transistor count.

As a result of the slowdown in processor upgrades, Broadcom is set to benefit as the supplier of the new Wi-Fi 6E chips for the iPhone 15 series at a higher average selling price. Meanwhile, Qualcomm, which had expected to see its share of new iPhone models using its modem drop to 20%, is now back at 100% until Apple figures out an effective solution to the 5G modem development snag. This news has been met with positive reactions from both Broadcom and Qualcomm stockholders.

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5G is still a developing industry in India, with many companies trying to penetrate the 5G smartphone market in the country. In 2022, Samsung dominated the 5G smartphone sector. At the same time, Samsung has also been making phenomenal progress with its Galaxy A series smartphones. As per the company’s recent statement, it is looking to make 5G technology more accessible throughout India – but it won’t do so at the expense of its 4G smartphone market. 

Aditya Babbar, the Head of Product & Marketing in India for Samsung, recently announced that the Galaxy A series was the top-selling smartphone series in India in 2022, with over 10 million devices sold country-wide. Towards the end of the year 2022, Samsung surpassed Xiaomi to become the leading smartphone manufacturer in the country, which is commendable since Xiaomi had a strong grip on the smartphone market preceding that. 

What’s also interesting is that the South Korean electronics manufacturer previously introduced the Galaxy M and Galaxy F series, with the latter being exclusive to India. However, it appears that the Galaxy A lineup is still the preferred choice among budget-conscious customers in India, leading Samsung to retain focus on the same. Samsung’s senior director also stated that the company is striving to hold its position as the top smartphone manufacturer in the country, which is why Samsung will aim to derive 75% of its business in India from 5G devices.  

The budget smartphone market in India is Samsung’s core anchor. The company launched the Galaxy A14 5G in India earlier this month, priced at INR 16,499 (~$202), alongside the Galaxy A23 5G, which was priced at INR 23,999 (~$294). Until 5G technology becomes even more affordable, Samsung will continue to launch 4G smartphones alongside their 5G devices to cater to a broader section of the country’s population. 

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Huawei has partnered with Jiangsu Mobile to launch 5G New Calling, a new generation of calling products based on 5G networks. The service offers a completely new experience for users with high-definition smooth video and real-time interaction, completely subverting traditional voice services and internet video services. But what exactly is “5G New Calling”? Here are the details…

What is 5G New Calling?

5G New Calling is a new generation of calling standard based on 5G networks. It is a service offered by telecommunications companies that utilizes 5G technology to provide high-definition smooth video and real-time interaction for users. It is designed to completely subvert traditional voice services and internet video services, bringing a new experience of high-definition smooth video and real-time interaction.

It is made possible by advanced technologies like Voice over New Radio (VoNR) which enables audio, video, and data services to run on a 5G network, leveraging the network’s large bandwidth and low latency to provide the optimal calling experience. The service is convenient to use, without the need to download apps or small programs, change cards, numbers, plans, or add friends, it also supports avatars, voice emoticons, and remote collaboration, allowing users to send files and videos during calls and overcome language barriers with real-time cross-language translation.

Huawei and Jiangsu Mobile join forces

Huawei and Jiangsu Mobile have joined forces to make this technology viable. During the recruitment release period, Jiangsu Mobile provided 5G mobile phones for customers to demonstrate and experience the new call service. Customers who become friendly users will receive a 200-minute video call reward and have the opportunity to win a prize of up to 500 Yuan call fee by submitting feedback on the service.

Huawei has proposed a “1+3+N” solution framework for new calls, which is based on a basic network for new calls with an ultimate experience, superimposed with three major capabilities of ultra-clear, intelligent, and interactive, and continues to bring better call experience to mobile terminal users.

Guangdong Mobile also recently joined hands with Huawei to complete the end-to-end commercial capability verification of New Calling in Guangzhou and launched the first large-scale recruitment of friendly users. As more and more companies partner with Huawei to roll out 5G New Calling, it is expected to revolutionize the entire voice industry with its unprecedented consumer services.

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Samsung has a mid-range smartphone lineup in the form of the Galaxy A-series, and there are already a few 5G smartphones from the lineup available in India. Now, two more 5G smartphones under the Galaxy A-series are coming to the Indian market.

The South Korean giant has teased that two new 5G smartphones in the “A series” will go official in the Indian market on 18th January. The teaser says, “Being awesome is one thing, but amping up your awesome is a whole new world.”

We recently reported that the Samsung Galaxy A14 5G smartphone would be launched in India on 18th January, and now the Galaxy A23 5G is all set to launch on the same date in India.

While the company has not officially revealed the names of the devices that are launching in India in a couple of weeks, the source on the teaser page has revealed the names of both smartphones.

The Samsung Galaxy A23 5G smartphone was introduced in August last year, featuring a 6.6-inch 120Hz Full HD+ display. Under the hood, the device is powered by the Qualcomm Snapdragon 695 octa-core processor, coupled with Adreno 619L GPU.

The device packs up to 8GB of RAM and up to 128GB of internal storage. In the camera department, there’s a 50MP primary camera sensor, a 5MP ultra-wide lens, a 2MP depth sensor, and a 2MP macro lens. On the front side, it features an 8MP snapper for taking selfies and video calling.

The phone runs the Android 13 operating system with the One UI 5 custom interface on top. It is powered by a 5,000mAh battery with support for 25W fast charging.

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Lenovo-owned Motorola brand has unveiled its latest partnership with Indian telecoms giant Reliance Jio. The partnership will see Motorola 5G phones getting Jio’s Stand-Alone (SA) 5G technology. The 5G network will be enabled on Motorola’s latest lineup of 5G models that are currently available in India.

Among the models that will have the SA 5G enabled is the Motorola Edge 30 Ultra and Edge 30 Fusion. Other models include the Moto G62 5G, Motorola Edge 30, and Moto G82 5G. The models cut across the premium, midrange, and budget segments, and all pack 5G chipsets. Jio’s Stand-Alone (SA) 5G technology will enable support for 11-13 5G bands which are reputed as among the highest in the industry.

Apart from 5G connectivity, the new Motorola 5G models come with top-notch features both on the hardware and software aspects. the features are designed to ensure a seamless delivery of a secure and comprehensive 5G network utilizing techs such as 3 Carrier Aggregation, and 4×4 MIMO, among others. Also, enhanced coverage is guaranteed as the phones utilize an algorithm that allows them to seamlessly switch between 5G bands.

Motorola prides itself as the first OEM in the world to launch a 5G smartphone. That isn’t entirely true, though, considering that the phone in question – the Moto Z3 – actually came with a 5G mod which is designed to deliver 5G connectivity to an otherwise 4G phone. While that could be argued as making the device the first 5G phone, the MotoMod wasn’t available until a few days after the Samsung Galaxy S10 5G was released. Thus, the Galaxy S10 is actually the first 5G phone to hit the market.

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